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This issue sponsored by:

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NASA-developed plastic.

Mineralized collagen scaffold.

Implantable cancer tumor growth monitors.

Transcatheter aortic valve implant

Implantable ion-sensitive field effect transistor biosensor
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NASA-developed plastic goes beyond aerospace and into the heart
A biologically inert “super-plastic” developed for high-speed aircraft insulates electrical leads for a cardiac resynchronization therapy (CRT) device. The stopwatch-sized device is implanted into the chest to regulate heartbeats and improve blood flow.
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CIMIT announces $4 million in medical research grants
The Center for Integration of Medicine & Innovative Technology (CIMIT) will commit over $4 million to 27 medical research teams for FY10. The grants will go to multi-institutional and multi-disciplinary teams that are developing innovative early-stage medical devices or clinical systems.
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Mineralized collagen scaffold regrows cartilage and bone
MIT researchers have built a new tissue scaffold that can stimulate bone and cartilage growth when transplanted into the knees and other joints. To mimic the structure of bone, they developed a technique to mineralize the collagen scaffold by adding sources of calcium and phosphate.
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DYMAX releases guide to adhesives for medical device assembly
R&D engineers and product designers can use this guide to select the appropriate adhesive for assembly of medical devices. The guide contains technical data on sterilization methods, biocompatibility, substrate materials, performance, and cost.
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Implantable device continuously monitors cancer tumor growth
A new implant device could eventually provide real-time information on tumor activity – whether it is growing or shrinking, how it is responding to treatment, metastization status, and more.
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Transcatheter aortic valve implant delivers promising outcomes
In from its first post-market study of consecutively enrolled Edwards SAPIEN transcatheter aortic valve patients, data demonstrate the successful commercialization of the valve with high device success and low 30-day mortality.
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Cementless total hip replacement implants durable for at least 20 years
Despite the common perception that total hip replacements last about 10 years, researchers at Rush University Medical Center have found that the implants are extremely durable, even 20 years after surgery.
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Implantable ion-sensitive field effect transistor biosensor monitors cardiac chemistry
A unique biosensor measures concentrations of potassium and hydrogen ions in the human heart with high specificity. The research could lead to a superior method of monitoring indicators of acute myocardial ischemia, a leading causes of cardiovascular failure.
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MEMS sensor for mechanical lower back pain
Microelectromechanical systems company, MEMSCAP, and medical device developer, OrthoMEMS, combine forces to develop and manufacture a MEMS sensor for the assessment and treatment of mechanical low back pain.
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Tantalum
Each month the newsletter features a partial record from ASM’s acclaimed database, Materials for Medical Devices, which includes a Cardiovascular Module and an Orthopaedic Module. This month’s record covers tantalum, a versatile metal with applications for stents, embolic agents, endovascular graft systems, clips, components of hip and shoulder replacements, and more.
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Seminars and customized training by ASM
Backed by ASM’s reputation as a leading provider of quality training, the practical knowledge provided by the MPMD seminars can help accelerate development of medical device implants and appliances.
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MPMD Conference and Expo
August 10-12 2009
Minneapolis, MN
This year’s conference and exposition continues the traditions of excellence and innovation in presenting the state-of-the-art in biomaterials science and engineering for medical devices used to repair, replace and regenerate tissues and structures of the human body. The information presented at this year’s conference will provide academics, and industrial and federal researchers with the latest in innovations in devices and materials science used to fabricate devices.
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